E350 User Manual
Contents
1. 1 1 Hrm9 11 13 15 Hrm11 13 15 17 Hrm 13 15 17 19 21 Hrm15 17 19 21 23 Z 29 Z 30 Z 31 Z 32 4 cl lus NGC l U FatMcGriff Refugee XferBrite MacKnife Z 37 Z 38 Z 39 Z 40 A A 1 FullSwell cromhorn oboe Sax Z 47 Z 48 Z 45 Z 46 Juni T 3 i hiii af _ SoftTri 8 21 SoftTri 5 23sqr21 Z 53 Z 54 Z 55 Z 56 SoftSqr 9 23 SoftSaw 9 23 Z 61 Z 62 Z 63 Z 64 01 12 2010 08 52 PM Bank B file hAome ericb MOTM motm rr waves graphs pn X 1 X 2 X 3 X 4 X 5 X 6 X 7 X 8 Y Tri TriSaw2Hrm TriSaw3Hrm TriSaw4Hrm TriSaw5Hrm TriSaw6Hrm TriSaw7Hrm TriSaw8 Hrm 1 Z 1 Z 2 Z 3 Z 4 Z 5 Z 6 Z 7 Z 8 Y pwm_5000 pwm_4375 pwm_3750 pwm_3125 pwm_2500 pwm_1875 pwm_1250 2 Z 9 Z 10 Z 11 Z 12 Z 13 Z 14 Z 15 Z 16 Ji J J n m MEM Mani ma s ee I I Lx resonant1 resonant2 resonant3 resonant4 resonant5 resonant6 resonant7 resonant8 3 Z 17 Z 18 Z 19 Z 20 Z 21 Z 22 Z 23 Z 24 Y female vocal oo female vocal oh female vocal oeh female vocal aoh female vocal ah female vocal ehh female vocal eee female vocal er 4 Z 25 Z 26 Z 27 Z 28 Z 29 Z 30 Z 31 Z 32 n Ws male vocal oo male vocal oh male vocal oeh male vocal aoh male vocal ah male vocal ehh male vocal eee male vocal er 5 Z 33 Z 34 Z 35 Z 36 Z 37 Z 38 Z 39 Z 40 U 3 i TT I MI PPP Jallai Aw 7 i La J i D 4M JI LALA i Ai i j TAR p enn iJ 1 Wh MT My P2. for the wavetable XY OUT as indexed in the current row 5 MORPH Y This control sets the initial starting point for the wavetable XY OUT as indexed in the current column 6 MORPH Z This control sets the initial starting point for the wavetable Z OUT It scans through all 64 waves in the selected bank This is useful to audition all of the waves in the selected bank 7 RANGE switch Selects 3 different frequency ranges for the E350 The total range is 1 cycle in 13 minutes to 10KHz 8 BANK switch Selects 3 different sets of 64 waves Bank A has mostly sine waves in different harmonic series and includes a few Hammond drawbars sets Bank B is a wide assortment and includes male female vocal formants Bank C is specifically designed for LFO modulation waveforms but can also be used in the audio range For a complete description see the User Manual 9 1V OCT input This sets the pitch tracking of the E350 There is factory trimmer for this setting located beside the FINE pot on the first pc board 10 FM input Can be DC to 8KHz and is attenuated by the FM panel control 11 SYNC A positive voltage exceeding 0 25V will place the E350 into hard sync both outputs reset to 5 In normal operation another VCO is used to drive sync 12 MORPH X This voltage is added to the panel control to index the XY OUT wave along a row 13 MORPH Y This voltage is added to the panel control to index the XY OUT wa
3. C B u Fine eo Range Switch esse 0 360 x DHA X 1 to 1 v Legend Y 1D Interpolate O Knob Wave LUT 4 1 64 Jack a o BUE ADC Analog Digital 7 Converter DAC Digital Analog Converter LPF Low Pass Filter LUT Look Up Table NCO Numerically Controlled Oscillator Bank A 1 of 1 X 1 Y sinHrm1 1 Z 1 LI I i 1 Lk y sinHrm9 2 Z 9 Y Hrml 3 Z 17 7 Y Hrm1 3 5 4 Z 25 7 Y BornWild 5 Z 33 7 Y PaleProcol 6 Z 41 Y sottrri 7 Z 49 dA Y SoftSqr 8 Z 57 X 2 X 3 X 4 i u sinHrm2 sinHrm3 sinHrm4 Z 2 Z 3 Z 4 4 LI ILLI LAINI NGE LIL ELLE sinHrm10 sinHrm11 sinHrm12 Z 10 Z 11 Z 12 Hrm2 Hrm3 Hrm4 Z 18 Z 19 Z 20 Hrm3 5 7 Hrm5 7 9 Hrm7 9 11 13 Z 26 Z 27 Z 28 ni Dont Leave Winwood meditation Z 34 Z 35 Z 36 in xl doc tuba UsFloyd ShineFloyd Z 42 Z 43 Z 44 SoftTri 345 SoftTri 357 SoftTri 57911 SoftTri 7 15odd SoftTri 9 190dd Z 50 Z 51 Z 52 SoftSqr 234 SoftSqr 246 SoftSqr 46810 SoftSqr 6 14even SoftSqr 8 18even Z 58 Z 59 Z 60 file hAome ericb MOTM motm rr waves graphs pn X 5 X 6 X 7 X 8 sinHrm5 sinHrm6 sinHrm7 sinHrm8 Z 5 Z 6 Z 7 Z 8 I TI Tha I I JI TITJITITITI Ta I AUN LH li Hl Li HEU LINI HEUTE sinHrm13 sinHrm14 sinHrm15 sinHrm16 Z 13 Z 14 Z 15 Z 16 Hrm5 Hrm6 Hrm7 Hrm8 Z 21 Z 22 Z 23 Z 24 I ij JA UNE Il j Il d i lad i i F M LA
4. E350 Morphing Terrarium www synthtech com euro e350 E350 MORPHING TERRARIUM COARSE W OCT FM SYNC MORPH X 9 10 7 e Y MORPHZ XYOUT Z OUT 9989 LU TECHNOLOGY What is the E350 The Synthesis Technology E350 is a 2 output wavetable VCO There are 3 banks of 64 wavetables Each bank is arranged like a chessboard there are 8 rows the X direction and 8 columns the Y direction Waves in a row tend to be alike or will progress from dark to bright in timbre The E350 has independent controls to index select where in this array the DSP scans the data to generate these 2 outputs The DSP has sophisticated algorithms that smooth the 2 outputs into over 24 000 unique waves Connecting to the power supply The E350 can use either a MOTM 4 pin MTA 156 style connector 15V or a 16 pin Euro style 12V connector See the photos below The Euro ribbon cable has a red stripe to indicate 12V The supplied Euro power cable is keyed so that when inserted in the E350 the red stripe is down towards the jacks and by the white lettering on the pc board Controls and Jacks 1 COARSE frequency control covers 8 octaves 2 FINE frequency control covers 0 5 octaves 3 FM amount This is an attenuator for whatever is plugged into the FM jack 10 The response is exponential 4 MORPH X This control sets the initial starting point
5. P nm Fi i n y LES BRUT To a EO i Wn ringing pulse resonant oe ragged pulse sine decay hi resonant mid resonant1 mid resonant2 lo resonant 6 Z 41 Z 42 Z 43 Z 44 Z 45 Z 46 Z 47 Z 48 iii I m E ud Ww Wa Ef Il li 4 j d J dala 4 AL APA FM iu LI WH val i V a ML WI i I Ji I I i i i i 1 d Ma Y sine_burst 4cyc sine burst 2cyc sine burst 1 cyc sine burst If 1 cyc sine burst bandlimited_saw_down buzz1 buzz2 7 Z 49 Z 50 Z 51 Z 52 Z 53 Z 54 Z 55 Z 56 Y sine tri invsin rectsin cmpsin cmpinvsin sqr sawup 8 Z 57 Z 58 Z 59 Z 60 Z 61 Z 62 Z 63 Z 64 lof 1 01 12 2010 08 51 PM Bank C 1 of 1 e lt Il N lt Il w lt Il p lt Il U lt u o lt ll Triangle Z 1 LFSloMedLog Z 9 LFSinlxSin12 Z 17 LFSin8Ping Z 25 LFSin8Gnip Z 33 TIT TI UL TIE LFWiggleSqrMirror1 LFWiggleSawMirror2 LFWiggleSawMirror3 LFWiggleSqSawMirror4 Z 41 LFGlitchClicksFlatl LFGlitchClicksFlat2 Z 49 WA Ji jl Noisel Z 57 X 2 X 3 Sine RampDown Z 2 Z 3 T T LA T NU I Ll i LUI LFSloFastLog LFSloFastLinear Z 10 Z 11 m Ww y ull m h P INVI ne Uu LFSin1xSin32 LFSin32AmpMod1 Z 18 Z 19 P LFSawDown8Ping LFSawUp8Ping Z 26 Z 27 j LFSawDown8Gnip LFSawU p8Gnip Z 34 Z 35 MI NI TUAE Tl ll lil Z 42 Z 43 eid Ju SS ee ee ih j j 1 LFGlitchSpikesLo Z 50 Z 51 if IM V id ay i y A y I ivy ly yey A Noise2 Noise3 Z 58
6. Z 59 file home ericb MOTM motm rr_waves graphs pn X24 X25 RampUp Square Z 5 3 1311 M I l i h lli 1 LFSloFastSawU p LFSloFastBlend Z 12 Z 13 m NU m IM U i iii iN WM MI LFSawUp32AmpMod1 LFSawDn32AmpMod1 Z 20 Z 21 Hi UN LFSgr8Ping LFSin32PingFast Z 28 Z 29 wil WW LFSqr8Gnip LFSin32GnipFast Z 36 Z 37 mm WAT MIN i MIU VLLL ILLE IL LFWiggleComplex1 Z 44 Z 45 bot iui A hale N T T OM LFGlitchClicksRed LFGlitchSpikesMid Z 52 Z 53 hi li T RAV E WA i kl r NI Noise4 Noise5 Z 60 Z 61 SineSftTri Z 6 i4 il NM i LFSloFastSineSaw1 Z 14 m IA ww LFPulse32AmpMod1 Z 22 ii k LFSawDown32PingFast Z 30 n LFSawDown32GnipFast Z 38 TERT MI KUIUA LFWiggleComplex2 Z 46 n LFGlitchClicksWhite Z 54 W A NI Noise6 Z 62 SftTriSgr Z 7 Wilt AUI I UO LFSloFastSineSaw2inv Z 15 TN AHA LFPulse32AmpModSaw12 Z 23 m tins m LFSawU p32PingFast Z 31 i nl LFSawU p32GnipFast Z 39 n nV ll if LFWiggleComplex3 Z 47 iwi LFGlitchSpikesHi Z 55 WA wal Noise7 Z 63 SftSqrSaw Z 8 n TI j ul WAN A UM T LFSloFast32Sqr Z 16 ti u LFGlitchSwell Z 24 Hn 4 LFSqr32PingFast Z 32 alll ut LFSgr32GnipFast Z 40 NM LFWiggleComplex Z 48 Ny w i LFAsymmetryWiggl Z 56 ii Noise8 Z 64 01 12 2010 08 50 PM
7. ve up down a column 14 MORPH Z This voltage is added to the panel control to index the Z OUT wave for all 64 wavetables in the selected bank It starts at Row 1 Column 1 wavetable 1 and goes to Row 8 Column 8 wavetable 64 15 XY OUT This output 10V pk pk is a DC coupled wave that is the result of all the MORPH X and MORPH Y settings 16 Z OUT This output 10V pk pk is a DC coupled wave that is the result of the MORPH Z settings General Info Inputs 5V to 5V DC to 8KHz Outputs 5V to 5V DC to 10KHz Power 12V 55ma 12V 25ma For MOTM use 15V 45ma 15V 15ma Jumper options JP7 Morphing Wavetables operation OFF Phase Shift Mode ON JP8 Interpolation Enabled OFF Interpolation Disabled ON Sync FM 1V oct Coarse Fine E350 Signal Flow Normal Mode Expo pme Range Switch TI Bank Switch OU 2D Interpolate Wave LUT 1 8 Q 1 64 1D Interpolate Wave LUT 7 9 t ADC 3 order Bessel XY Out LPF 3 order DAC Bessel Z Out LPF Legend Knob e Jack ADC Analog Digital Converter DAC Digital Analog Converter LPF Low Pass Filter LUT Look Up Table NCO Numerically Controlled Oscillator E350 Signal Flow Phase Mode Bank Switch Sync E FM o Expo 1D 3 order SCORE u 1V oct EUR interpolate DAC Bessel Coarse e M 3 order Z5 L DA
Download Pdf Manuals
Related Search